PH10T (Fully Motorised Probe Head)
The PH10T is a fully motorised probe head that offers immediate indexing from 0° to 105° in the A axis and through 360° in the B axis to be moved to 720 repeatable positions in 7.5 degree increments. This probe head should be used by customers requiring frequent indexing or when more precise alignment to the features being measured is required.
Length | 103 mm |
Width | 62 mm |
Weight | 645 g |
Probe mounting | M8 thread (2-wire) |
Head mounting | Shank to suit CMM |
Suitable controller | PHC10-3 PLUS |
Repeatability of position | 0.4 µm (0.00002 in) specified at a distance of 100 mm |
Total number of positions | 720 |
Maximum recommended drive torque | 0.45 Nm |
Maximum extension bar | 300 mm (11.8 in) using PEL4 extension |
Module | Application | Trigger forces* | Stylus lengths | |
---|---|---|---|---|
SF- Standard force |
|
Suited to the majority of applications |
XY: 0.08 N Z: 0.75 N Stylus: 10 mm |
10 mm to 50 mm GF |
LF- Low force |
|
Low trigger forces applications - e.g. rubber seals |
XY: 0.055 N Z: 0.65 N Stylus: 10 mm |
10 mm to 30 mm |
MF- Medium force |
|
Where a higher trigger force than standard is required |
XY: 0.1 N Z: 1.9 N Stylus: 25 mm |
10 mm to 60 mm |
EF- Extended force |
|
Large stylus assemblies or where vibration causes spurious 'air' triggers |
XY: 0.1 N Z: 3.2N Stylus: 50 mm |
10 mm to 60 mm |
6W- 6-way |
|
Measurement in the –Z direction - e.g. undercuts |
XY: 0.14 N Z: 1.6N Stylus: 10 mm |
10 mm to 30 mm |
EM1 STD- 50 mm extension |
|
Majority of applications requiring a 50 mm extension |
XY: 0.08 N Z: 0.75 N Stylus: 10 mm |
10 mm to 50 mm |
EM2 STD- 75 mm extension |
|
Majority of applications requiring a 75 mm extension |
XY: 0.08 N Z: 0.75 N Stylus: 10 mm |
10 mm to 50 mm |
Module | Application | Comments |
SF (standard force) | General use. | Styli up to 100 mm long and ball diameter > 1 mm. |
LF (low force) | Small diameter stylus balls or where minimum force is essential. | Balls less than 1 mm diameter. |
EO (extended overtravel) | Extra overtravel to enable the CMM to stop safely from higher probing speeds. |
Same overtravel force as SF. Extra 8 mm of overtravel in probe Z-axis. |